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it ended up with a system that was unreliable and dif cult to use and, in practice, not actually delivering commitment accounting This chapter thus tells the story of an information system project that failed across a wide range of criteria First, it cost signi cantly more than had initially been envisaged (Over 9 million had been spent by 2001 compared with an estimate of 4 million in 1996) Secondly, it failed to meet the requirements set for it A report to the University published in May 2002 found that CAPSA s performance did not measure up to its promise in a number of ways One key failure it highlights is as follows Nor has the system made commitment accounting a reality.

Commitment accounting means running accounts in a way that makes it possible to see how much of a fund has been committed, as well as how much of it has actually been spent This is possible only to the extent that the system is used to place orders as well as to pay bills Because placing orders through the system is as time-consuming and complicated as paying bills, it is widespread (and wholly understandable) practice in the University to bypass CUFS when placing orders (Report of the Board of Scrutiny on CAPSA, 2002, para 4) Thirdly, the implementation of the system led to signi cant disruption to the working of the University to the point where the integrity of its accounting was compromised.

Now, the necessity for distribution is often unavoidable and the performance hit you take will simply have to be suffered The relative performance differences between native CORBA and RMI over IIOP are not as significant as it once was Paradoxically, the real problem with application server implementations that use a CORBA ORB is to do with local (co-located) invocations! In recent years the OMG has spent a lot of time and effort on improving the architecture s location transparency functionality.

In this example, a device is identified as having an address of 0x3bc, and the IRQ for the device is autodetected. The modprobe command loads modules temporarily they disappear at the next reboot. To permanently add the module to your system, add the modprobe command line to one of the startup scripts run at boot time. You can also add modules to the /etc/modules file to have them loaded at startup.

For example, staff were unable to access research budgets and by 2002 there were still signi cant problems with the research grants module: It is the research grants module , the part of the system that supposedly handles research grants, that is still particularly unsatisfactory, and potentially undermines the integrity of the University s nancial and management information systems Its data structure is different from, and incompatible with, the data structure of the other modules, and, to make matters worse, the software is faulty (Report of the Board of Scrutiny on CAPSA, 2002, para 5).

With the advent of the Portable Object Adapter (POA) and Portable Interceptors (PI) it is now possible to configure a purely local CORBA application so that it behaves identically to its remote counterpart in terms of: Threading A separate thread from the user can be used to service the actual object request (this happens implicitly in a distributed environment when the client s thread blocks waiting for the remote server thread to complete its work and return the result) Memory management When doing remote invocations, parameters are marshaled into and results un-marshaled from buffers that network friendly (so called network byte order) Object activation In order to use a CORBA object it must be registered with the POA so that remote invocations can be directed to it Distribution transparency sounds nice in principle, but in practice it is not needed all of the time.